Recent content by rishisarode1

  1. R

    Terminal velocity of falling drop with increasing mass

    thanx,,,,,, i did the same thing but i was not sure of that i got the answer was v=g/k^1/2 it is correct as u said ,,
  2. R

    Terminal velocity of falling drop with increasing mass

    ya tried Newtons 2 law F=dp/dt F=vdm/dt+mdv/dt here in above equation dm/dt and dv/dt are variable but at the terminal velocity net force is zero but this is not possible as both the terms are variable,,,,,
  3. R

    Terminal velocity of falling drop with increasing mass

    air drag I mean ,,,,viscous force,,
  4. R

    Terminal velocity of falling drop with increasing mass

    I m solving the problem in which the drop is falling from some height and its size is increasing with the rate dm/dt=kMv where v is the velocity of the drop at that instant , so we have to find the terminal velocity of the drop gained due to air drag, The problem is that if the drop gains...